What is the best relationship advice for men? What should men know if they want a relationship to work for the long term?
Probably the single biggest piece of relationship advice for men is to stop listening to what women say they want and start observing what women actually show they want.
How do they show what they want? It’s as simple as noticing what kind of men they choose.
Women say “I want a man who listens to me.” They choose a man who dominates the conversation. Women say, “I want a guy with a good sense of humor.” They date a guy who has money.
Why do women say they want one thing but actually go out with a guy who is just the opposite? The answer to that question lies in the subconscious motivators for getting together. Therein lies my relationship advice for men.
Historically, the biological reason for men and women to get together is to propagate the species. In other words, just because getting pregnant may be the last thing on her conscious mind, when she evaluates a man at the subconscious level, she’s still looking for a good father for her children.
Is the good dad someone who listens to her? No, it’s someone who will provide for her children. The person who can provide for her children is someone who has the confidence to bring home the bacon.
Women need men who can be good providers. While a man can produce thousands of sperm on repeated occasions throughout their adult lives, even into their nineties, women have about four hundred chances of producing a baby. As a result, they are looking for a man who can provide longevity and stability for their babies.
A man who tells a women he is a lawyer, not a paralegal, will have a better chance of landing her. That is because she perceives that a lawyer is a better provider for her future children.
But having a good income is not enough. A woman needs to perceive that a man is generous with his resources and will provide for her children. That is why women place such a high value on gifts such as jewelry.
It may also be why the engagement ring must be such a large purchase. When you ask a woman to marry you, you give her a ring, not just because it’s traditional and romantic but because it is a tangible display that you can provide for her and her children.
Further, even though modern humans make money more from their brains than their brawn, women are still programmed to think of strength equaling the ability to provide. That’s why, even when there is evidence to the contrary in the form of a pay check, the woman is hardwired to choose the lineman over the computer geek.
So, the biggest piece of relationship advice for men is to figure out what women need from an biological point of view and give it to her.
“I am serious about helping others with their relationships. Over the course of my life, I didn’t always do things right in my own relationships. This caused a great deal of pain not only for me but for those I cared about. I don’t want that to happen to anyone else.” Steven’s website http://relationsplace.com provides articles and professional materials for those seeking help in all aspects of their relationship.
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With an emphasis on rapid detection and low-cost identification, this publication provides solutions to the challenges presented by the evolving pattern of complex biological threat agents of various origins.
Completely updated with the latest information, including narratives, charts, graphs and question & answers, this essential reference tool addresses the following important topics:
– PCR and Non-PCR Based Detection
– Reagent and Reagentless Based Detection
– Point-of-Care Toxin & Pathogen Detection
– Utilizing Bacteriophage for Biological Threat Response
– Real-World Sample Preparation for Toxin & Pathogen Detection
Table of Contents : Chapter 1
The Neccesity for Improving Biodetection Technologies
Robert Hooks, Deputy Assistant Secretary for WMD and Biodefense, U.S. Department of Homeland Security
In the biodefense area, DHS efforts focus on providing leadership by coordinating with other Federal partners, state/local/tribal jurisdictions, the private sector and the international community. In addition to developing technologies for Biowatch or NBIS, which are two DHS program areas, improved technology is equally important for our partners and is critical to improving the nation’s capabilities in the biodefense arena.
Chapter 2
SAFE: Sequencing for Avian Flu Epidemic
Niveen Mulholland, PhD, Senior Scientist, MRI-NCR, Midwest Research Institute*
We have developed a system for detecting mutations that would give rise to potential pandemic-causing influenza strains. The system, SAFE: Sequencing for Avian Flu Epidemic, first uses real time RT-PCR to detect H5, the highly pathogenic avian influenza most likely to cause a pandemic. We next use pyrosequencing to detect codon changes encoding amino acids known to define human versus avian influenza signatures. The SAFE real time RT-PCR assay specifically detects H5 in a multiplex reaction designed to detect a region of the Matrix gene common to all Influenza A subtypes. The H5 primer/probe set is specific; it does not cross react with other Influenza A subtypes tested. The M primer/probe set serves as an internal control, detecting all subtypes tested. Pyrosequencing assays were developed to screen, at the nucleotide level, for 52 amino acids changes defined by Chen et al (2006) to be avian- or human- specific. A library has been built to screen the sequence data generated and properly identify the strain in question as a potential threat. This surveillance system described here will allow the global community to monitor for H5N1 and for mutations that will render the virus more infective and virulent to humans. *In collaboration with: N.Waybright, E.Petrangelo, P.Lowary & J.Bogan
Chapter 3
Next Generation Automated Multi-Target Detection Platform for Closer to Source Diagnostics
Todd Ritter, CEO of Applied Science & Technology, Idaho Technology Inc.
Idaho Technology has developed a highly multiplexed detection system capable of concurrently identifying and genetically discriminating dozens of viruses and bacteria. The syringe-loaded system utilizes a flexible plastic pouch combining automated sample preparation, reverse transcription for RNA viruses, and two-stage nested multiplex PCR performing 120 discreet analyses simultaneously. Capable of processing a variety of sample types, the small, lightweight diagnostic system represents a next generation in automated detection systems.
Chapter 4
Rapid Multiplexed Nucleic Acid and Antibody Based Sensor for Biothreat Detection
Michael R. Meyer, Director of Laboratories, ICx Biosystems
RapidPlex is a fully automated, triggered confirmation system designed for detection and identification of bacteria, virus, and toxin threats in 10 minutes. The RapidPlex system provides simultaneous, multiplexed detection of protein and DNA/RNA markers through parallel antibody and nucleic acid-based assays. Antibody-based detection utilizes multiplexed sandwich assays on spectrally encoded microspheres followed by high resolution imaging of individual beads for detection of spores/cells captured on the bead surfaces as well as detection of toxins and viruses coating the bead surfaces. The nucleic acid-based process includes automated cell lysis and purification, followed by multiplexed DNA/RNA amplification and detection of the DNA amplicons on spectrally encoded microspheres.
Chapter 5
Multiplex Detection of Biothreat Agents by Fluidic Force Discrimination
Gary W. Long, PhD, Vice President and Senior Scientist, Tetracore, Inc.
Fluidic Force discrimination (FFD) has recently been applied to the detection of Biothreat agents. In this talk, we will describe the multiplex detection of 3 or more agents by an immunoassay developed for FFD, and demonstrate that sensitivity of detection is similar or greater than that obtained in lateral flow devices and by ELISA. We will also describe improvements to the sensitivity of detection of nucleic acids using this technology.
Chapter 6
Use of CANARY™ for Rapid, Automated Collection and Analysis of Bioaerosol Samples
Thomas Hazel, PhD, Vice President Research, Innovative Biosensors, Inc.
CANARY™ is a cell-based technology that enables rapid identification of bacterial, viral, and toxin targets in liquid or aerosol samples. In this presentation we describe the testing and validation of our new BioFlash™ instrumentation, designed to provide ‘detect-to-protect’ capability for environmental monitoring and building security applications. This platform enables automated collection, detection, and simultaneous identification of up to 21 target aerosol agents with increased speed and sensitivity.
Chapter 7
SAW RFID Biosensors for Ubiquitous Molecular Recognition
William D. Hunt, PhD, Professor, School of Electrical and Computer Engineering, Georgia Institute of Technology*
Research by Hunt’s group at Georgia Tech has demonstrated that an acoustic wave biosensor with a biolayer coating can detect analytes such as Bascillus spores, cocaine, TNT/RDX in the gaseous phase. A new embodiment of this approach involves a SAW RFID/biosensor, which can passively sense and report on molecules in its environment. The SAW RFID/biosensor system involves a main interrogation unit transmitting an RF signal to a passive SAW structure located a short distance away. The device combined with the antenna re-transmits a reflected acoustic wave, which has been perturbed by the on-chip molecular recognition events. *In collaboration with: P.J.Edmonson, D.D.Stubbs, Zen Sensing LLC; D.Bertieri, Penn United Technologies Inc.
Chapter 8
TIRF-EC Biosensors with Reagentless Bioassays for Rapid and Accurate Detection of Pathogens
Alexander N. Asanov, PhD, President & Scientific Director, TIRF Technologies
This presentation will describe revolutionary new portable and handheld biosensors based on Total Internal Reflection Fluorescence (TIRF) combined with ElectroChemistry (TIRF-EC). TIRF-EC sensors are capable of detecting hundreds of DNA/RNA and protein signatures of multiple pathogens in a matter of several seconds. The detection limit is at the level of single molecules. In conjunction with reagentless assays TIRF-EC sensors require no or minimum sample preparation stages. The sensors are suitable for a variety of biomedical point-of-care and biodefense field applications.
Chapter 9
Cost-Efficient Technological Solutions for Warning-Type Bioaerosol Detection
Victor N. Morozov, PhD, Research Professor, Manager of a Laboratory of Detection & Diagnostics, George Mason University, The National Center for Biodefense and Infectious Diseases (NCBID)
Rapid ultra-sensitive assay of aerosolized pathogens presents a tremendous challenge in biodetection. NCBID has developed two key technologies solving major ‘bottle-necks’ in such detection: (i) energy-consuming collection of aerosol and (ii) slow, diffusion-controlled immunoassay. We demonstrated that collection of aerosol on water-soluble nano-filters combined with electrophoresis-assisted immunoassay and active detection of collected pathogens with magnetic beads enable detection of zeptomolar amounts of pathogens (150-500 molecules or viruses) in 2-3 minutes.
For more information, please visit :
http://www.aarkstore.com/reports/Biodetection-Technologies-5th-Edition-Technological-Response-to-Biological-Threats-1747.html
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